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Compression Testing Machine

What Is a Fully Automatic Digital Compression Testing Machine

The hydraulic pressure that powers a compression testing machines are rather high. The testing machine typically has a force greater than 2000KN (200 tonnes), and the majority of these machines are hydraulic. The hydraulic compression testing machine is perfect for putting various materials through their paces, including bricks, concrete, cement, rubber, metal, and other construction materials. This fully automatic digital compression testing machine is ready with software and all distance platens for 150 mm cube and 100 mm cube cylinders. For consistent and dependable testing of concrete samples, we have developed automatic compression testing machines with a range of 3000 KN. Every machine has a closed-loop digital readout that features an automatic test cycle. 

To finish the test, press the start button after you’ve entered the specimen parameters. Fully Automatic Digital CTM Machines satisfies all ASTM C39, BS 1881, and EN 12390-4 requirements, ensuring that the machines it produces are mechanically stable. This article describes the details of the Automatic Digital Compression Testing Machine.

Features and Standards of a Fully Automatic Digital Compression Testing Machines:

  • Standardised, fast-approach, automated testing cycle
  • A graphical user interface-based control and data acquisition system
  • Software with a user-friendly menu for effortless use
  • A digital compression test machine that automatically plots load against time and displays the instantaneous load rate
  • Precise regulation of load rate from 1 KN/sec to 20 KN/sec, with an accuracy of ±5.
  • Level 1 beginning at 10% of the total range
  • Stress calculations that are ready to go for the following standards: EN 196, EN 1338, EN 1340, EN 12390-5, EN 12390-6, SI, metric, and imperial units
  • Automated Digital Compression Testing Machines data storage capacity up to 256 tests
  • RS 232 output for printer or PC
  • Powerful report printing and test control software available for free on personal computers

Structure of the Automatic Digital Compression Testing Machine:

  • The load frame, a welded steel fabrication, carries the upper platen with the balls seated.
  • The markings for the centring of cube and cylinder specimens are on the lower platen, which is positively located on the loading ram and shielded from debris by a cover.
  • The Automatic Digital CTM Machine can measure 100-and 150-millimeter cubes in size, as well as concrete cylinders up to 320 millimetres in length and 160 millimetres in diameter.
  • Thirty, fifty, and ninety-millimetre distance pieces are standard on all machines.
  • Order additional distance pieces if your sample length is less than 150 mm. Removable safety doors made of flexi glass are standard on all machines.

Acquisition of Data and Control in a Fully Automatic Digital Compression Testing Machines:

  • Fully Automatic Digital Compression Testing Machines have data acquisition and control systems that use LCD graphics to manage the machine and process information from pressure transducers or load cells.
  • The device is simple and fast thanks to its LCD graphic display and touch-button data pad keys.
  • The front control panel provides easy menu-driven procedures for all interactions with the measuring system.
  • With its lightweight alloy housing and ergonomic design, the bc100 is perfect for many uses.

Also Read:- The Function of a Compression Testing Machine

Difference Between Compression Test and Compression Testing Machine

Compression Testing Machine: Types, Applications, Benefits, and Importance


Technology like Heicoin’s Automatic Compression Test Machine has revolutionised construction and civil engineering material testing. Its precision, efficiency, and automation streamline the testing process and ensure unmatched compressive strength accuracy. This advanced machine meets industry standards and sets a new reliability benchmark with real-time data acquisition and analysis, making it essential for quality control and structural integrity assessments in modern construction.